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    • 1. 发明申请
    • INSTALLATION STRUCTURE FOR ACOUSTIC TRANSDUCER AND MUSICAL INSTRUMENT
    • 声学传感器和音乐仪器的安装结构
    • US20160035331A1
    • 2016-02-04
    • US14813956
    • 2015-07-30
    • Yamaha Corporation
    • Hiroyuki MurakamiYoshiya Matsuo
    • G10H1/32G10C1/00
    • G10H1/32G10C1/00G10C3/06G10H3/26G10H2220/461G10H2230/011
    • An installation structure for an acoustic transducer for vibrating a vibrated body of a musical instrument in a first direction for permitting the vibrated body to generate sounds, including: the acoustic transducer having a main body and a vibrating portion that vibrates in the first direction; a support portion to be fixed to a housing of the musical instrument for supporting the main body; and a cover member fixed to the support portion for covering the acoustic transducer, wherein the support portion includes a base plate portion to be held in surface contact with the housing so as to be fixed thereto, a first fixing portion to which the main body is fixed and which supports the main body, and a second fixing portion to which the cover member is fixed, and wherein the first and second fixing portions are connected to the base plate portion independently of each other.
    • 一种声学换能器的安装结构,用于使乐器的振动体沿第一方向振动以允许振动体产生声音,包括:具有主体和在第一方向上振动的振动部分的声学换能器; 固定在乐器的壳体上用于支撑主体的支撑部分; 以及固定到所述支撑部分以覆盖所述声换能器的盖构件,其中所述支撑部分包括与所述壳体保持表面接触以固定的基板部分,所述主体是第一固定部分 固定并支撑主体的第二固定部分和固定盖部件的第二固定部分,并且其中第一和第二固定部分彼此独立地连接到基板部分。
    • 2. 发明授权
    • Drive mechanism of lifting rail for musical instrument and musical instrument including the same
    • 升降机用于乐器和乐器的驱动机构包括相同
    • US08735698B2
    • 2014-05-27
    • US13743771
    • 2013-01-17
    • Yamaha Corporation
    • Yoshiya MatsuoYasuhiko ObaYuji Fujiwara
    • G10C3/00
    • G10C3/26G10C9/00
    • A drive mechanism of a lifting rail for a musical instrument including a lifting rail, the drive mechanism including: a connection member connected to the lifting rail; and a movement-force giving mechanism configured to move the lifting rail via the connection member, wherein the lifting rail includes: a hollow portion opening at one end; and a through-hole formed through an upright wall portion of the lifting rail, wherein the connection member includes: an insertion member having an attachment hole corresponding to the through-hole; a fixing member for connecting the lifting rail and the connection member; and a contact portion configured to come into contact with the one end of the lifting rail when the insertion member is inserted in the hollow portion by a prescribed distance so as to prevent the insertion member from being further inserted in the hollow portion, thereby positioning the attachment hole relative to the through-hole.
    • 一种用于包括提升轨道的乐器的提升轨道的驱动机构,所述驱动机构包括:连接到所述提升轨道的连接构件; 以及移动力赋予机构,其构造成经由所述连接构件移动所述提升轨道,其中所述提升轨道包括:在一端开口的中空部分; 以及通过所述提升轨道的直立壁部形成的通孔,其中,所述连接构件包括:插入构件,其具有与所述通孔对应的附接孔; 用于连接提升轨道和连接构件的固定构件; 以及接触部,其构造成当所述插入部件插入所述中空部中规定距离时与所述提升轨道的一端接触,以防止所述插入部件进一步插入所述中空部, 连接孔相对于通孔。
    • 3. 发明授权
    • Actuator control in automatic performance of musical instrument
    • 执行器控制在乐器自动演奏
    • US09502014B1
    • 2016-11-22
    • US15156613
    • 2016-05-17
    • YAMAHA CORPORATION
    • Yuji FujiwaraYasuhiko ObaYoshiya Matsuo
    • G10F1/02G10F5/02
    • G10F1/02G10F5/02
    • An actuator includes a movable member that, when moving, abuts against a key (performance operator) to move the key. A first sensor detects motion of the key. A second sensor detects motion of the movable member. A processor determines, based on outputs of the sensors, whether or not the key and the movable member are currently in a mutually separated state. When the key and the movable member are in the mutually separated state, the processor controls the actuator in such a manner that the key and the movable member are in contact with each other. When the key and the movable member are not in the mutually separated state, the processor controls the actuator by use of feedback information based on the output of the first sensor, whereas, in the mutually separated state, the actuator is controlled by feedback information based on at least the second sensor output.
    • 致动器包括可移动构件,其在移动时抵靠键(演奏操作者)移动键。 第一个传感器检测钥匙的运动。 第二传感器检测可动件的运动。 处理器基于传感器的输出确定键和可动构件是否当前处于相互分离的状态。 当键和可动构件处于相互分离的状态时,处理器以使键和可动构件彼此接触的方式控制致动器。 当键和可动构件不处于相互分离的状态时,处理器通过使用基于第一传感器的输出的反馈信息来控制致动器,而在相互分离的状态下,致动器由基于反馈信息 至少在第二传感器输出端。
    • 5. 发明授权
    • Installation structure for acoustic transducer and musical instrument
    • 声换能器和乐器的安装结构
    • US09311905B2
    • 2016-04-12
    • US14813956
    • 2015-07-30
    • Yamaha Corporation
    • Hiroyuki MurakamiYoshiya Matsuo
    • G10H1/32G10C1/00
    • G10H1/32G10C1/00G10C3/06G10H3/26G10H2220/461G10H2230/011
    • An installation structure for an acoustic transducer for vibrating a vibrated body of a musical instrument in a first direction for permitting the vibrated body to generate sounds, including: the acoustic transducer having a main body and a vibrating portion that vibrates in the first direction; a support portion to be fixed to a housing of the musical instrument for supporting the main body; and a cover member fixed to the support portion for covering the acoustic transducer, wherein the support portion includes a base plate portion to be held in surface contact with the housing so as to be fixed thereto, a first fixing portion to which the main body is fixed and which supports the main body, and a second fixing portion to which the cover member is fixed, and wherein the first and second fixing portions are connected to the base plate portion independently of each other.
    • 一种声学换能器的安装结构,用于使乐器的振动体沿第一方向振动以允许振动体产生声音,包括:具有主体和在第一方向上振动的振动部分的声学换能器; 固定在乐器的壳体上用于支撑主体的支撑部分; 以及固定到所述支撑部分以覆盖所述声换能器的盖构件,其中所述支撑部分包括与所述壳体保持表面接触以固定的基板部分,所述主体是第一固定部分 固定并支撑主体的第二固定部分和固定盖部件的第二固定部分,并且其中第一和第二固定部分彼此独立地连接到基板部分。
    • 6. 发明授权
    • Keyboard musical instrument, method of controlling actuator in the keyboard musical instrument, and non-transitory recording medium storing program for controlling the actuator
    • 键盘乐器,控制键盘乐器中的致动器的方法以及用于控制致动器的非瞬时记录介质存储程序
    • US09099062B2
    • 2015-08-04
    • US13944369
    • 2013-07-17
    • YAMAHA CORPORATION
    • Yasuhiko ObaYuji FujiwaraYoshiya Matsuo
    • G10F1/02G10H1/00
    • G10F1/02G10H1/0033G10H2230/011
    • A keyboard musical instrument including: a key; a hammer; an actuator configured to drive at least one of the key and the hammer in a movement direction in which the at least one of the key and the hammer moves in a key depression stroke; a hammer detector configured to detect a hammer-motion related value that relates to a motion of the hammer; a trajectory generator configured to generate a target trajectory of the at least one of the key and the hammer based on automatic performance information that defines a motion target value of the at least one of the key and the hammer; a feedback-value generator configured to generate a feedback value based on the hammer-motion related value in automatic performance detected by the hammer detector; and a controller configured to servo-control the actuator based on the generated target trajectory and the generated feedback value.
    • 一种键盘乐器,包括:一键; 一个锤子; 致动器,被配置为沿钥匙和钥匙中的至少一个在钥匙按压行程中移动的运动方向驱动钥匙和锤中的至少一个; 锤检测器,被配置为检测与锤的运动相关的锤运动相关值; 轨迹发生器,其被配置为基于定义所述键和所述琴键中的至少一个的运动目标值的自动演奏信息来生成所述琴键和所述琴键中的至少一个的目标轨迹; 反馈值发生器,其被配置为基于由锤检测器检测的自动演奏中的锤运动相关值产生反馈值; 以及控制器,其被配置为基于所生成的目标轨迹和所生成的反馈值来伺服控制致动器。
    • 7. 发明授权
    • Installation structure for acoustic transducer
    • 声换能器的安装结构
    • US09269335B2
    • 2016-02-23
    • US14593063
    • 2015-01-09
    • Yamaha Corporation
    • Kenta OhnishiTadaharu KatoHiroyuki MurakamiYuji TakahashiYoshiya MatsuoShinji Sumino
    • G10H3/14G10C3/06F16C11/06G10H1/32G10H3/22
    • G10C3/06F16C11/06F16C11/0671G10H1/32G10H3/22
    • An installation structure for an acoustic transducer configured to push and pull a vibrated body and having a magnetic-path forming portion; a vibrating unit; and a connector having at least one joint portion configured to connect two members such that axes of the two members are inclined relative to each other by bending at the at least one joint portion, the at least one joint portion having an urging portion configured to generate an urging force by which a pushing-side driving portion of a first member connected to one side of the at least one joint portion urges a pushing-side driven portion of a second member connected on another side of the at least one joint portion in a pushing direction and an urging force by which a pulling-side driving portion of the first member urges a pulling-side driven portion of the second member in a pulling direction.
    • 一种用于声学换能器的安装结构,其构造成推动和拉动振动体并具有磁路形成部分; 振动单元; 以及连接器,其具有至少一个接合部分,其被构造成连接两个部件,使得两个部件的轴线在至少一个关节部分处弯曲而相对于彼此倾斜,所述至少一个接合部分具有被构造成产生 连接在至少一个接头部分的一侧的第一构件的推动侧驱动部分的推动力促使连接在至少一个接头部分的另一侧上的第二构件的推动侧从动部分 推动方向和推动力,第一构件的拉动侧驱动部分沿着牵引方向推动第二构件的牵引侧从动部分。
    • 8. 发明申请
    • INSTALLATION STRUCTURE FOR ACOUSTIC TRANSDUCER
    • 声学传感器的安装结构
    • US20150206514A1
    • 2015-07-23
    • US14593063
    • 2015-01-09
    • Yamaha Corporation
    • Kenta OhnishiTadaharu KatoHiroyuki MurakamiYuji TakahashiYoshiya MatsuoShinji Sumino
    • G10C3/06
    • G10C3/06F16C11/06F16C11/0671G10H1/32G10H3/22
    • An installation structure for an acoustic transducer configured to push and pull a vibrated body and having a magnetic-path forming portion; a vibrating unit; and a connector having at least one joint portion configured to connect two members such that axes of the two members are inclined relative to each other by bending at the at least one joint portion, the at least one joint portion having an urging portion configured to generate an urging force by which a pushing-side driving portion of a first member connected to one side of the at least one joint portion urges a pushing-side driven portion of a second member connected on another side of the at least one joint portion in a pushing direction and an urging force by which a pulling-side driving portion of the first member urges a pulling-side driven portion of the second member in a pulling direction.
    • 一种用于声学换能器的安装结构,其构造成推动和拉动振动体并具有磁路形成部分; 振动单元; 以及连接器,其具有至少一个接合部分,其被构造成连接两个部件,使得两个部件的轴线在至少一个关节部分处弯曲而相对于彼此倾斜,所述至少一个接合部分具有被构造成产生 连接在至少一个接头部分的一侧的第一构件的推动侧驱动部分的推动力促使连接在至少一个接头部分的另一侧上的第二构件的推动侧从动部分 推动方向和推动力,第一构件的拉动侧驱动部分沿着牵引方向推动第二构件的牵引侧从动部分。
    • 9. 发明授权
    • Musical instrument equipped with a pedal, and method therefor
    • 配有踏板的乐器及其方法
    • US09087494B2
    • 2015-07-21
    • US13742572
    • 2013-01-16
    • YAMAHA CORPORATION
    • Yasuhiko ObaYuji FujiwaraYoshiya Matsuo
    • G10H1/32G10H3/00G10C3/26G10F1/02G10G3/04
    • G10C3/26G10F1/02G10G3/04
    • In a player piano, a position sensor is provided on an end portion of a lifting rail for detecting a vertical position of the lifting rail. In storing performance data of dampers, a signal output from the position sensor and indicative of a vertical position of the lifting rail is converted into a digital signal, and a position value indicative of the position of the lifting rail is generated on the basis of the digital signal and stored into a buffer. A conversion section converts the position value into a vertical position of a pedal rod connected to a damper pedal, and the thus-converted vertical position is converted, into a control value which a control change message of the damper pedal in MIDI-format data can take. The control value obtained in the aforementioned manner can be recorded into a recording medium as performance information.
    • 在演奏器钢琴中,位置传感器设置在提升轨道的端部上,用于检测提升轨道的垂直位置。 在存储阻尼器的性能数据时,从位置传感器输出并指示提升轨道的垂直位置的信号被转换为数字信号,并且基于该信号产生指示提升轨道的位置的位置值 数字信号并存入缓冲区。 转换部分将位置值转换成连接到减震器踏板的踏板杆的垂直位置,并将由此转换的垂直位置转换成MIDI格式数据中的制音踏板的控制改变消息的控制值 采取。 以上述方式获得的控制值可以作为性能信息被记录在记录介质中。